How to compute angular speed in Python using UliEngineering
You can easily compute the angular speed (Ω) of a centrifugal system using the UliEngineering Python library:
angular_speed.py
from UliEngineering.Physics.Rotation import *
from UliEngineering.EngineerIO import *
# Compute angular speed for 1000 rpm
omega = angular_speed("1000 rpm")
print(f"Angular speed at 1000 rpm: {format_value(omega, 'rad/s')}")
# Compute angular speed for 50 Hz
omega = angular_speed("50 Hz")
print(f"Angular speed at 50 Hz: {format_value(omega, 'rad/s')}")Example output
angular_speed_output.txt
Angular speed at 1000 rpm: 104.7 rad/s
Angular speed at 50 Hz: 314.2 rad/sThe angular speed is computed using the formula: $\Omega = 2\pi f$, where f is the rotational frequency in Hz.
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